Amor GUEDDANA
Co-Founder @ Q-AI Hub
About
Dr. Amor Gueddana earned his University Habilitation (HDR) in July 2025 in Information and Communication Technologies, with a specialization in Quantum Computing, from SUP’COM, University of Carthage, Tunisia.He is a member of the GRES’COM Laboratory at SUP’COM and has been affiliated with the TEEL Laboratory at the University of Waterloo, Canada, since 2018, conducting research in Quantum Computing and Quantum Communications while fostering international collaborations in emerging quantum technologies.Since 2015, he has served as an Assistant Professor at the National Engineering School of Carthage (ENICARTHAGE), University of Carthage, where he teaches and conducts research in Quantum Computing, Quantum Communications, Artificial Intelligence, and Emerging Digital Technologies.He was a member of the Scientific Committee during the 2021–2024 term and contributed to ENICARTHAGE’s successful EUR-ACE accreditation for 2024–2029. He is currently serving on the Quality Commission overseeing the school’s ISO 21001 certification process.Dr. Gueddana is the founder of the Q-AI Hub at ENICARTHAGE, an initiative dedicated to advancing Quantum Computing, Artificial Intelligence, innovation, and deep-tech entrepreneurship. Through research, training, industry collaboration, mentoring, and structured incubation programs, the Q-AI Hub supports students, researchers, and innovators in transforming scientific ideas into impactful technologies and startup ventures.His current interests focus on the convergence of Quantum Computing and Artificial Intelligence, with particular emphasis on quantum algorithms, quantum circuit optimization, quantum security, post-quantum cryptography, quantum communications, Quantum AI, and the development of future deep-tech innovation ecosystems.Areas of expertise include:• Quantum computing algorithms and applications• Quantum circuit design and optimization• Physical implementations of quantum gates• Quantum communications, QKD, and quantum security• Post-Quantum Cryptography (PQC) and secure communication systems• Quantum Artificial Intelligence (Quantum AI)• Qiskit and Pennylane development and programming• Deep-tech innovation, startup incubation, and technology entrepreneurship
Tunisia
Tunis
Research
Quantum Theory, Artificial Intelligence (AI), Quantum Artificial Intelligence, Start-up Leadership, Start-up Ventures, Quantum Optics, Quantum Mechanics, Qiskit, Quantum Computing, Quantum Information
Experience
Co-Founder
Q-AI Hub
ENICarthage, Tunis
Co-founder of the Q-AI Hub at ENICarthage, leading initiatives in Quantum Computing and Artificial Intelligence. Driving research excellence, innovation, and student-oriented tech entrepreneurship in collaboration with industry partners. Recently launched the Q-AI Hub Thematic Incubator to support the next generation of AI and Quantum-AI startups.
Assistant Professor with tenure
National Engineering School of Carthage (ENICarthage)
Tunis, Tunisia
Visiting Professor
University of Waterloo
Waterloo, Ontario, Canada
During this visit, the main objectives were to collaborate with Prof. Lakshminarayanan on quantum logic gates research and to draft a book called ”Quantum Gates and Circuits: An Introduction.” Additionally, discussions focused on improving the fidelity of the universal CNOT gate and exploring models using atoms trapped in separate optical cavities. The collaboration resulted in the development of a new CCZ model, employing three atoms in separate cavities connected by two optical fibers in the short fiber limit. The fidelity of this new model approached unity. The research findings were published in the QIP journal.
Visiting Researcher
University of Waterloo
Waterloo, Ontario, Canada
The purpose of this visit was to explore additional optimization techniques to improve the success probability of the previously proposed CNOT gate using the cloner. A compact photonic CNOT model was designed and a generalization to the 𝐶𝑛NOT gate was suggested. Additionally, an online ”Invited talk ” was given at the International Society for Optics and Photonics (SPIE) Defense + Commercial Sensing conference 2020.
Visiting Professor
University of Waterloo
School of Optometry and Vision Science
During my first visit, the main objective was to enhance my understanding of quantum gates and familiarize myself with their experimental procedures. Specifically, our focus was on optimizing the universal quantum CNOT gate using quantum dot spin in a double‑sided optical microcavity. This collaboration led to the publication of two search papers in PLA and QIP journals.
Assistant Professor
University of Jendouba, Higher Institute of Computing of Kef (ISIK)
El Kef, Tunisia
Contractual Assistant Professor
University of Manouba, Higher Institute of Multimedia Arts of Mannouba (ISAMM)
Manouba, Tunisia
Graduate Teaching Assistant
University of Carthage, Higher Institute of Technological Studies in Telecommunication (Iset’Com).
Tunis, Tunisia
Education
SUP'COM
Information and Communication Technologies
PhD. Thesis: Modeling of the Quantum CNOT Gate : Application to Quantum Cryptography and Information Encoding.
SUP'COM
Circuits and Systems for Telecommunications Networks
M.Sc. Thesis: Study of the Single Photon’s Features Generated by Quantum Dots: Application to Quantum Logic Gates.
SUP'COM
Networks and Mobiles Services for Telecommunication Networks
Engineer project: Study of a Quantum Encryption channel: physical constraints and feasibility.
Amor GUEDDANA's Contact Information
Phone
Find the Right Leads
Find Verified Contact Data
What LeadContact does well
Find verified emails, phone numbers, and decision-makers with 98% accuracy.
Find Leads
Find the right people by company, role, industry, location, and more.
925M+ professional profiles
Find Emails
Access verified email addresses for your target contacts.
657M+ emails
Find Phone Numbers
Get cross-validated phone data from multiple top sources.
239M+ phone numbers
More Accurate. Lower Cost.
Find contact data in 1 tool with 98% accuracy
LeadContact integrates leading enrichment tools to deliver more accurate contact data—without paying for each one.
Great conversations start with the right contact.
It’s time to find yours.